I don't want to reset my password. These notes consist of information from chapter 2 and are intended to supplement the notes and slides from lecture 1 of bio 5a.
This is the first part of the full set of supplementary notes. These notes cover information from the textbook and are meant to supplement the lecture. The notes cover key concepts, main points, key terms, equations, and examples. These notes cover chapter 4 of the textbook and are intended to supplement lecture. The notes include key concepts, main points, key terms, and examples. These notes cover information from chapter 5 of the textbook and are intended to supplement the lecture.
The notes include key concepts, key terms, main points, and examples. These notes cover information from chapter 6 of the textbook and are intended to supplement the lecture material. These notes cover information from chapter 7 of the textbook and are intended to supplement information from the lecture. These notes cover information from chapter 8 from av1 github textbook and are intended to supplement information from the lecture.
These are my lecture notes on human metabolism. They focus on the biochemical pathways that we find in humans, and they also take into account some physiological and clinical aspects.
The notes, and the corresponding slides, are also freely available in PDF and PowerPoint formats; see further down on this page. You might also be interested in my lecture notes on Biochemical Pharmacology. The picture above shows a structural model of a glycogen molecule. The little red protein molecule in the center is glycogenin; the protruding shrubbery represents 12 generations of branched polyglucose chains. Generations 1—6 are shown in blue, 7—9 in green, and 10—12 in gray.
As you can see, later generations become more and more crowded; this ultimately prevents the further growth of the molecule. Please feel free to download any of these files for personal and classroom use. For any other uses of either notes or slides, please consult this page.
Versions 1. More Books … Home Introduction Refresher Glycolysis Catabolism of sugars other than glucose Pyruvate dehydrogenase and the citric acid cycle The respiratory chain Gluconeogenesis Glycogen metabolism The hexose monophosphate shunt Triacylglycerol metabolism Cholesterol metabolism Amino acid metabolism Hormonal regulation of metabolism Diabetes mellitus Biosynthetic pathways using tetrahydrofolate and vitamin B 12 Nucleotide metabolism Iron and heme metabolism Metabolism of reactive species Metabolism of drugs and xenobiotics Enzyme and gene therapy of enzyme defects Credits and copyright Notes References Index Site search.
Metabolism Lecture Notes These are my lecture notes on human metabolism.To login with Google, please enable popups. Sign up. To signup with Google, please enable popups.
Introduction to metabolism review
Begins with a specific molecule, which is altered in a series of steps, and ends with a certain product; each step is catalyzed by a specific enzyme.
Degradative reactions where complex molecules are broken down into simple molecules ex. Anabolic Reactions. Synthetic reactions simple molecules combine to create complex molecules ex. Energy Coupling. Catabolic and anabolic pathways usually overlap, where the energy from catabolism is used to power anabolism.
UCR - BIOL 5 - Lecture 7 & 8 Supplementary Notes - Chapter 8 - An
Kinetic Energy. Energy of motion where moving objects perform work by imparting motion to other matter ex. Potential Energy. Stored energy; capacity to do work due to location or structure ex. Potential Energy: Chemical Energy. Energy stored in molecules as a result of the arrangement of of atoms in the molecule.
The mechanism of phosphoglycerate mutase, the eighth enzyme in glycolysis, is the focus of this problem. It is this enzyme that catalyzes the conversion of 3-phosphoglycerate to 2-phosphoglycerate. Don't show me this again. This is one of over 2, courses on OCW. Find materials for this course in the pages linked along the left. No enrollment or registration. Freely browse and use OCW materials at your own pace.
There's no signup, and no start or end dates. Knowledge is your reward. Use OCW to guide your own life-long learning, or to teach others. We don't offer credit or certification for using OCW. Made for sharing. Download files for later. Send to friends and colleagues. Modify, remix, and reuse just remember to cite OCW as the source. Course Home Syllabus. Instructor Insights. Module I: Basic Biochemistry. Need help getting started? Don't show me this again Welcome!To login with Google, please enable popups.Introduction to cellular respiration - Cellular respiration - Biology - Khan Academy
Catabolic Pathway. Releases energy by breaking down molecules. Anabolic Pathway. Consumes energy to build complicated molecules from smaller molecules. The capacity to cause change. Kinetic Energy.
Metabolism Lecture Notes
Energy associated with motion. Potential Energy. Energy of Position. Chemical Energy. Potential energy available for release in chemical bonds. Energy cannot be created nor destroyed but can change forms. Every energy transformation leads to an increase in entropy. A measure of disorder. Law of Conservation of Matter. Matter cannot be created nor destroyed but can change forms. Free Energy. Amount of energy available to do work. Exergonic Reaction.Chapter 2 Handout.
Chapter 3 -Water. Chapter 3 Outline.
Water Chapter 4 chguided-reading. Chapter 4 -Organic Chemistry. Chapter 4 Outline. Chapter 5 -Macromolecules. Chapter 5 Outline.
Protein Structure. Cells and tissues. Chapter 7 -Membrane Structure — Function. Chapter 7 Outline. Chapter 10, Exchange and Transport Systems. Membrane permeability. Chapter 8 Outline. Mechanism of Enzyme Action. Chapter 8 -Introduction to Metabolism. Biological Redox Reactions. Chapter 9 Cellular Respiration.
Chapter 9 Outline. U3 Energy notes. Chemiosmotic Coupling. Electron Carriers. Oxygen Metabolism and Oxygen Toxicity. Fate of Pyruvate.
Glycogen Metabolism. Regulation of glycolysis. Chapter 10 Outline. Chapter 10 Photosynthesis. Photosynthesis Diagrams. Chapter 11 Cell Communication. Chapter 11 Outline. Chapter 12 -Cell Cycle. Chapter 12 Outline. Overview of cell cycle. Chapter 13 -Meiosis. Chapter 13 Outline.Avoid resits and achieve higher grades with the best study guides, textbook notes, and class notes written by your fellow students.
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Avoid resits With the study guides and notes written by fellow students, you are guaranteed to be properly prepared for your exams.
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